Intelligent multiparameter-monitoring buoy device

Abstract

The invention provides an intelligent multiparameter-monitoring buoy device. The intelligent multiparameter-monitoring buoy device comprises buoy equipment, water quality monitoring equipment, communication equipment and power supplying equipment, wherein the buoy equipment is used for enabling the whole buoy device to float on the surface of water, the water quality monitoring equipment is used for monitoring water quality, the communication equipment is used for realizing data transmission between the water quality monitoring equipment and a shore-based main station side and positioning the water quality monitoring equipment and the shore-based main station side, and the power supplying equipment is used for supplying power. According to the intelligent multiparameter-monitoring buoy device, by adopting an embedded-type low-power-consumption design, the integral volume of an instrument compartment and a buoy is reduced; by adopting an intelligent operation mode, the timed, continuous or specified monitoring on water quality is realized; by adopting intelligent electrical quantity management, the effective operation of a solar power supplying system is realized; by adopting a multi-mode mutually-standby communication mode, the real-time property of data is improved, and the risk of out-of-touch is lowered; a sensor with a self-cleaning device is adopted, and intelligent analytical judgment is carried out by integrating a variety of information, so that the quantity of field maintenance is minimized; and the buoy is subjected to integrated protection in multiple manners such as electricity, sound, light and the like, so that the influence on the safety of the buoy caused by marine environments, fishery activities and the like is lowered and prevented.

Description

Technical field [0001] The invention mainly relates to the technical field of water quality monitoring, in particular to an intelligent multi-parameter monitoring buoy device. Background technique [0002] In addition to changes in water quality caused by the ocean climate, coastal pond aquaculture and offshore aquaculture are also increasingly affected by emissions from coastal industrial and agricultural development. Changes in water quality caused by environmental or human factors may lead to a large number of deaths or reduced production of economic species. , Resulting in serious losses; at present, relatively general-purpose equipment such as industrial computer is used to monitor water quality. The industrial computer equipment has the shortcomings of low integration, large power consumption, large volume, and high cost. It also has a single information transmission method. The shortcomings of data transmission effectiveness, low reliability, large maintenance, high mainte...

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Problems solved by technology

[0002] In addition to being affected by water quality changes caused by marine climate, coastal pond aquaculture and offshore aquaculture are also increasingly affected by discharges generated by coastal industrial and agricultural development. Water quality changes caused by environmental or human factors may lead to a large number of deaths or production reductions for aquaculture economic species , thus causing serious losses; at present, relatively general-purpose equipment such as industrial computer is used for water quality monitoring, which has the disadvantages of low integration, large power consumption, large volume, and high cost, and also has a single information transmission method, The shortcomings of data transmission effectiveness, low reliability, large amount of maintenance, high maintenance cost, and incomplete protection measures;

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